Portafusibles de cuchilla de perfil bajo mini GF-717N para montaje en PCB
Portafusibles de cuchilla de perfil bajo GF-717N para montaje en PCB, con capacidad nominal de 30 A 250 VCA, carcasa de PBT reforzado con fibra de vidrio UL94V-0, contacto de latón estañado, -40 ℃ ~ +115 ℃, para protección de circuitos PCB automotrices e industriales.
Más de 20 años de experiencia
Más de 20 años de experiencia en protección eléctrica y fabricación de fusibles.
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GF‑717N | Mini Low‑Profile Blade Fuse Holder
Our GF‑717N Mini Low‑Profile Blade Fuse Holder is a THT PCB‑mount fuse clip built exclusively for low‑profile mini automotive blade fuses. Specifically, it supports up to 30A current under 250VAC working condition. In addition, it adopts glass‑fiber reinforced PBT base material with UL94V‑0 flame retardant grade for outstanding high‑temperature stability. Furthermore, 0.30 mm thick brass terminals receive tin‑plated finishing, which keeps maximum contact resistance below 50 mΩ. It delivers minimum 1 kg insertion‑withdrawal force to lock fuses firmly. Moreover, engineers widely select this compact holder for automotive electronic boards, new‑energy controllers and industrial PCB over‑current protection.
Especificaciones del producto
| Model Number | GF‑717N |
| Compatible Fuse Type | Mini Low‑Profile Blade Fuse |
| Mount Type | PCB Through‑Hole(THT) |
| Corriente nominal | 30 A |
| Tensión nominal | 250 VAC |
| Material terminal | Brass, Thickness:0.30 mm, Tin‑plated surface |
| Housing Base Material | Glass‑fiber reinforced PBT, UL94V‑0 |
| Insertion / Withdrawal Force | Minimum 1 kg |
| Fuerza dieléctrica | Min AC 500 V |
| Max. Contact Resistance | 50 mΩ |
| Insulation Resistance(DC500V) | 100 MΩ |
| Rango de temperatura de funcionamiento | -40 °C ~ +125 °C |
| Surface Treatment | Remove burrs & sharp edges |
| Manufacturer | Dongguan GongFu Electronics Co.,Ltd |
Características principales
- First, compact low‑profile footprint saves valuable PCB space for dense circuit layouts.
- Additionally, glass‑fiber reinforced PBT base carries UL94V‑0 flame retardant rating for thermal safety.
- Moreover, 0.30 mm tin‑plated brass terminals ensure stable conductivity and anti‑oxidation performance.
- It provides ≥1 kg insertion‑withdrawal force to prevent loose fuse contact under vibration scenarios.
- Wide working temperature from ‑40 °C up to +115 °C adapts harsh automotive and industrial environments.
- Finally, high insulation resistance and dielectric strength improve circuit reliability for long‑term operation.
Aplicaciones típicas
For example, hardware designers deploy GF‑717N fuse holder for automotive electronic control boards, new‑energy equipment, battery management systems, industrial controllers, and other PCB‑based low‑profile blade‑fuse over‑current protection projects.
Preguntas frecuentes
1: Which fuse fits GF‑717N fuse holder?
1: This PCB‑mount clip matches standard mini low‑profile automotive blade fuses only; it cannot work for regular full‑size mini blade fuses.
2: What is the rated electrical capacity for GF‑717N?
2: It reaches 30A rated current at 250VAC. However, apply proper current derating under high‑temperature or continuous heavy‑load working conditions.
3: What material makes up the base housing?
3: The insulator base uses glass‑fiber reinforced PBT material, and it meets UL94V‑0 flame retardant safety standard.
4: How strong is the fuse holding force?
4: The insertion‑withdrawal force stays minimum 1 kg. Therefore, it holds fuses tightly even under mechanical vibration for automotive equipment.
5: What value is the maximum contact resistance?
5: Maximum contact resistance is 50 mΩ. Low contact resistance helps to reduce heat generation at contact points.
6: Can GF‑717N work in extreme cold or high‑heat environment?
6: Yes, its operating temperature spans from ‑40 °C to +115 °C. It suits outdoor automotive and industrial devices with wide temperature fluctuation.
7: What mounting process does GF‑717N support?
7: It is through‑hole THT type, fit for wave soldering. It is not designed for SMD reflow soldering process.

